三维地震解释图像远程推送技术设计与实现

3D Seismic Interpretation Image Remote Push Technology Design and Implementation

B/S模式是是目前企业级地震资料综合解释的首选,这种远程二维解释从响应速度、质量、实时性等各方面都已成熟,但海量并发三维数据传输受网络、显卡等硬件资源的限制,还存在响应速度慢等多个问题,制约解释系统的使用效率。在整个联网的企业级解释系统中有性能高的服务器和图形站等硬件设备,研究发现若使用这些云配置的显示计算设备将需要传输的数据在服务器端转化为图形并高效推送到客户端,将数据服务转化为图形服务,实现图像的远程推送及交互解释,可以大幅提高整个地震解释系统的应用能力和硬件资源的使用效率。

B/S mode is the enterprise-class choice for seismic data interpretation, this interpretation remote from the two-dimensional aspects of the response speed, quality, timeliness and so on are mature, but massive concurrent three-dimensional data transmission by network, graphics, etc. limitations of hardware resources, there is slow response and other issues restricts the efifcient use of interpretation system. High performance servers and graphics stations and other hardware devices across the enterprise-class networking interpretation system, the researchers found that if the use of these cloud computing conifguration of a display device will need to transfer data into the graphics on the server side and pushed to the client efifciently, the data service into graphic services, to achieve remote push and interactive image interpretation, can signiifcantly improve the efifciency of the entire system of seismic interpretation application capabilities and hardware resources.